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- Theoretical analysis about microstrip antennas is summarized. 对微带天线的理论分析作了归纳。
- Can ANTENNA CAD be used to calculate mutual coupling between microstrip antennas? Antenna CAD能计算两个天线间的互耦合吗?
- In VHF/UHF(Very High Frequency/Ultra High Frequency) ,the standard microstrip antennas of half-wave length are still very big . 在较低频段(VHF/UHF),传统的半波长微带天线尺寸仍然太大。
- H.D.Chen, and S.J.Chuang, "Dual-frequency operation of rectangular microstrip antennas," 1997 Progress in Electromagnetics Research Symposium, Dig. 陈弘典，“微带天线双频操作之研究”教育部八十五、八十六年度专科学校通讯专题制作计画成果专刊，页数173-183.
- Abstract: Using fractal technology to design multiband microstrip antenna is the hot studying field now. 中文摘要: 将分形技术应用于多频段微带天线的设计是目前研究的热点。
- A novel single-layer single-patch wideband circular microstrip antenna with slots is proposed. 设计了一种新型单贴片单层的开缝微带天线。
- A novel broadband cylindrically conformal microstrip antenna with a single substrate is presented. 摘要提出一种新型的单层介质宽频带圆柱共形微带天线。
- Genetic Algorithm combined with FDTD method is applied to design a broadband microstrip antenna. 将遗传算法与FDTD法结合优化设计出了一种宽频微带天线。
- Secondly, take the microstrip array and the feed technology as the foundation, analyses deeply dual-polarized microstrip antennas array polarized characteristic. 其次,以微带阵列和馈电技术为基础,详细分析双极化微带阵列天线的极化特性。
- Applying the full wave analysis for aperture coupled microstrip antennas,the spectral domain integral equations are founded and solved numerically by the method of moments. 本文利用全波分析，建立了口径耦合微带天线的谱域积分方程，并用矩量法求其数值解。
- A non-contact energy transmission technology based on microstrip antennas is put forward to replace the traditional methods such as slip-rings or optoelectronic cell. 该文提出了一种基于微带天线的非接触式的能量传输技术，以代替传统的滑环或光电池等能量传输方法。
- Experimental results show that the electromagnetic radiation efficiency and bandwidth of the proposed antenna prototype are prior to traditional microstrip antennas. 实验结果表明，由准一维量子线构成阵列天线的电磁辐射效率和带宽均优于传统微带天线。
- A new design of the shared-aperture dual-band dual-polarized(DBDP) microstrip antenna array is introduced. 介绍一种新的共用口径双波段双极化(DBDP)微带天线阵的设计。
- We discuss the research of the microstrip antenna in the aspect of bandwidth enhancement in detail. 对微带贴片天线频带展宽方面的研究做了全面、深入的探讨。
- Microstrip antennas are also widely known of their advantages like low profile, light weight, simple structure, and easy to integrate with other circuits. 微带天线也因为它的轻薄、短小、架构简单和易于与其他电路结合的优点而被大家所熟知。
- This paper describes a new design of a probe-fed stacked CP microstrip antenna with two corner-truncated square patches overlapped without air-gap. 该文介绍一种通过单个探针馈电的双层正方形切角的微带贴片天线。
- In order to solve the conflict between RCS reduction and performance of microstrip antenna,a new method was proposed in this paper. 针对微带天线辐射性能提高和RCS减缩这一矛盾,寻求一种对辐射性能影响较小的微带天线RCS减缩新方案。
- These methods make the microstrip antenna with smaller and simpler structure.So it broadens the implemented area of the antenna. 这些方法使微带贴片天线向小型化、结构简单方向发展，从而使其应用范围进一步扩大。
- Finally, a series of experimental studies is made on the proposed polarization-agile active microstrip antenna witha low noise amplifier (LNA). 第四，完成了独创的具有极化捷变功能并带有低噪声放大器(LNA)的有源微带天线阵的设计与研制，并进行了一系列实验2000年上侮大学博士学位论文研究。
- Compared to traditional microstrip antenna, the presented antenna possesses broader beamwidth, low sidelobe and broad circu... 传统的微带天线通常具有低剖面、安装容易、重量轻以及与承载的母体在外形上拥有一致性等优点。
